LVJIAN® Flake Cellulose Fiber is made from specialty plant-based raw materials. It is a new type of concrete durability fiber developed after synthetic chemical fibers, featuring natural hydrophilicity, high strength, and high modulus.

natural special tree species and obtained through screening, division, high temperature treatment, neutralization and screening.Its microstructure shows the porous character of belt bending and uneven.Chemical performance is stable, under ordinary conditions, not general solvent, acid, alkali corrosion.LVJIAN® cellulose fiber/cellulose media has non-toxic, non-ambiguous, non-pollution, non-radioactive, eco-friendly characteristics which other mineral fiber does not have.

LVJIAN® Paper Snow is a product designed for special scene decoration. Derived from plants, it is soft, white, fluffy, and lightweight, creating realistic landscapes with excellent coverage for outdoor scenes. This artificial snow product is biodegradable, and only 10 kilograms are needed to cover 8 square meters of ground to a depth of approximately 1 centimeter.

LVJIAN® Functional Fiber is made from renewable plant-based raw materials, incorporating fiber applications across various fields. It serves as an intermediary between industrial applications and the abundant functions of nature. Widely used in plastics, rubber, friction materials, cellulose welding rods, and many other industrial sectors, LVJIAN® Fiber's excellent affinity enables better bonding with various matrix materials, thereby achieving reinforcement functions.

LVJIAN® Grease Fiber is a fiber designed to enhance the sealing performance of shield tail grease. It offers excellent sealing properties, thixotropy, and water resistance. With its superior dispersibility and strong adsorption, LVJIAN® Grease Fiber can be thoroughly blended into grease, increasing viscosity and improving pumpability, thereby effectively enhancing the sealing performance of the grease.

Traditional mineral filtration typically uses diatomaceous earth and perlite as filter aids. The by-products from this filtration process are non-degradable, causing environmental pollution and creating difficulties in post-treatment procedures.